Description
The ultimate all-mountain shredder
A directional twin shape, 98 mm underfoot, and a hybrid camber profile combined with a poplar wood core. These features provide a surfy ride with plenty of pop to butter those slushy rollers while maintaining stiffness for serious carving. The Prodigy 2.0 is the ultimate shred tool for every all-mountain freestyler.
The capsule series features artwork by Elsa Grace.
Riding style
An all-mountain freestyle/park ski for advanced shredders. This ski comes with all the features you need as an ambitious park rider. However, the Directional Twin shape makes this ski very versatile, perfect for freestyle riding all over the mountain.
Shape
This ski features a directional twin shape. The nose is a few millimetres wider than the tail, with a central binding position. Therefore, the ski offers you the same riding characteristics forward and switch. However, thanks to the slightly wider nose, you get more float in soft snow.
Profile
This Ski comes with a classic camber under the binding and an even rocker in nose and tail. Precision and pop for park and pipe, good float in soft snow. The rocker in the nose and tail also creates a catch-free, loose ride.
Flex
The medium-stiff flex ensures precise control and responsiveness at high speeds.
Specifications
Construction
The poplar wood core offers good pop and flex as well as excellent vibration damping. It also has plenty of torsional flex for impressive grip on the downhill. Extra thick XL 2.5mm edges increase durability, especially on rails, boxes and ledges. The carbon/rubber stomp pad is a reinforcement made of carbon and rubber underfoot, above the edge. It protects the wood core from heavy impacts and absorbs vibrations.
Features
Artwork by Elsa Grace
Locally sourced materials
Recycled materials
Symmetrical twin shape
Camber profile with tip and tail rocker
Carbon / rubber stomp pad
Lightweight poplar core
XL 2.5 mm edges
Anti-chip micro-cap construction
Features
| skiniveau | Advanced, Pro |
| categorie | All Mountain, Twin tip |
